How will Digital Twins and Smart City programs change the way projects are designed, built, and managed? Ron Perkins, who has more than three decades of experience in the AEC technology industry, explores this question.
Smart Cities have been discussed for many years now. The concept of connecting IoT, sensor data, cameras, and other edge devices to a physical structure, campus, city, or town has a lot of promise. Managing assets remotely while capturing analytics and leveraging that information to make predictive decisions suggests efficiency and sustainability at levels not otherwise realized.
In this article, Erik Hultgren of Tech Soft 3D, discusses the advances made in visualization within the AEC space that keep making it taking quantum leaps forward, unlocking exciting new use cases and capabilities.
The combination of hardware, software, and computing resources that is now available means that everything has scaled up tremendously, enabling the AEC industry to venture into some exciting areas, starting with the ability to ensure that buildings are being built as designed.
This article by Nick Nieder of Deltek discusses how AEC businesses can make the necessary operational changes required to adapt to the current changing conditions and stay profitable by merging digital transformation with information management. When done right, this can help businesses navigate the pandemic, empower project teams to work more efficiently, and help them identify key trends that inform decision making.
Now that the AEC industry has had several months to settle in a COVID-19 reality, Stephen B. Jacobs, the founder of the SBJ Group, discusses where we currently stand and what proactive measures designers can implement as we build and adapt in a new abnormal.
In this article, Michael Tobias, founder and principal of New York Engineers, lists the many benefits of BIM for MEP engineers in addition to the primary advantages of saving time and money, reducing errors, improving productivity and quality, and being able to work as a key part of a multi-disciplinary team.
In this article, Daniel Bévort, CEO of ADEACA, describes how Project Business Automation (PBA) can be used to integrate the fragmented array of business applications used by construction companies, giving them better insight and allowing them to manage their business in real time, instead of through guesswork and outdated data.
In this Viewpoint article, Graham Twigg, CTO of Multivista, emphasizes the importance of integrating visual as-built data directly into the BIM models created for a project by the design team for real-time validation and a more accurate representation of the building through each phase of construction. Integrating data from different construction solutions with BIM models allows a true digital twin of the completed building to be created, which would be a valuable resource throughout its lifecycle.
Waffle structures are used in several design fields including architecture to construct complex, organic forms. In this Tips and Tricks article, Mark Loomis, Principal at MP Studio, who is keenly interested in 3D modeling, parametric modeling and generative design shows how to use a Grasshopper script to model a waffle structure, using its algorithmic design capabilities to automate the process and allow parameters such as the spacing and the width of the ribs of the structure to be adjusted just by moving a number slider.
In this Viewpoint article, Andy Knauf, Chief Information Officer of the architectural-engineering Mead & Hunt, describes how the use of a cloud-native virtual desktop infrastructure (VDI) solution helped his firm meet its aggressive growth target by allowing its architects, engineers, designers, as well as the technical teams that support them, to collaborate at cloud scale and speed, in real time, from anywhere in the world.
In this Viewpoint article, Erik Pijnenburg, CEO of KUBUS BV, discusses the importance of integrated and centralized BIM issue management, not only to improve the quality of BIM data, but also of the design process in AEC.
Integrated issue management enables multi-disciplinary design teams to improve early design knowledge-sharing. In later phases, clash detection or advanced model checking is helpful for quality assurance, but being able to find clashes without a structured way to get them solved does not guarantee high quality model-data. Without integrated BIM issue management, projects will continue to deal with issues on an ad hoc basis and will never reach a point where the data has no defects anymore before construction starts. A dedicated issue-management tool that can organize and help to resolve the large number of issues in AEC projects is essential to creating the high-quality BIM data for successfully executing these projects.